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What set of transformations could be applied to rectangle ABCD to create A'B'C'D'? 3 -2 -4 D A' Ref...
Triangle XYZ is rotated to create the image triangle X'Y'Z! Which rules could describe the rotation? Select two options DR0, 90 DR0, 180" X Y DR, 200" х 2 3 4 5 X (X,Y) - (-), x) (X,Y)-(-x.-)
P)- r- 2 Step 3 of 4: Graph the given function by indicating how the more basic function has been shited, reflected, stretched, or compressed Answer Keypad Select the type of transformations to create the correct graph. Any further inputs required to complete the transformations will appear when the appropriate selection is made Horizontal Shift O Left O Right O None Stretch/Compress O Stretch O Compress O None x-Axis Reflectlon T0 O Yes O No y-Axis Reflection O Yes O...
please do the number 2 1. Construct affine linear transformations to do the following to the square in Figure 4.la (a) Rotate the square 180° counterclockwise around the origin (in the plane) width. unchanged) (b) Move the square 7 units to the right, 3 units up, and double its (c) Make the vertical lines of the square slant at a 45 angle (height (d) Reflect the square about the y-axis. u Au + b, giving A and b. 4.la for...
px)-- G-5 -3 Step 3 of 4: Graph the given function by indicating how the more basic function has been shifted, reflected, stretched, or compressed Answer Keypad Select the type of transformations to create the correct graph. Any further inputs required to complete the transformations will appear when the appropriate selection is made Horizontal Shift O Left Right None Stretch/Compress Stretch O Compress None Units X-Axis Reflection O Yes No y-Axis Reflection Yes O No Vertical Shift Up Down None...
Use matlab a) Create a simulated data set b) Create a set of plots to determine the best transformation to linearize the data c) Fit a first order polynomial (y mx + b) to the linearized data to find the constants m and b d) Reconstruct the original equation from m and b in the linear fitted polynomial e) Plot the fitted equation. Radioactive decay is modeled by the equation: rt where A the amount of mass as a function...
If ∫43f(x)dx=−5 and ∫−1−2g(x)dx=3, what is the value of ∫∫Df(x)g(y)dA where D is the rectangle: 3≤x≤4, −2≤y≤−1?
Begin by graphing the absolute value function, f(x)= |x|. Then use transformations of this graph to graph the given function. g(x)-3 x-2| +4 What transformations are needed order to obtain the graph of g(x) from the graph of f(x)? Select all that apply. A. Vertical shift B. Reflection about the y-axis C. Vertical stretch/shrink D. Horizontal shift E. Reflection about the x-axis F. Horizontal stretch/shrink Choose the correct graph below. O C. O D. O A. ОВ. A V 40...
y (m) 4 nC 0 -10 nC 8 nC -5-3-1 01 2 3 4 5 What is the magnitude of the resulting -10 nC charge at the ori- force on the gin? The value of the Coulomb constant is 8.98755 x 109 N C2/m2 Answer in units ofN 012 (part 2 of 2) 10.0 points What angle does the resultant force on the 1 x 10-8 C charge at the origin make with the positive r axis? Quadrant I lies...
2.1 Summary In this part, you will create a figure, and use linear transformations (matrices) to move the figure around the screen. In the end, your figure should move up 8 steps, then turn and face left. Reference material for this part can be found in Linear Algebra, and its applications David Lay, Section 2.7 starting at the beginning of the section up to, but not including, 3D- Graphics. Also, this poster presentation does a pretty good job explaining the...
Use your rules for translations and reflections to create a picture. You may do this on paper or using a computer program, such as Geogebra. Follow each step, in o 1. Graph a hexagon with vertices at (-4, 0), (-2, 0)·(-1,-1), (-2,-2), (-4,-2), and (-5,-1). 2. In the center of the hexagon, label it A. 3. Reflect hexagon A across the y-axis 4. Label the reflected hexagon A 5. Go bak to hexagon A, and translate it using the rule...